Electromagnetic Interactions and Materials

This cluster focuses on methodologies and technologies employed for the measurement of electromagnetic fields and properties in various materials. It covers both theoretical approaches and experimental techniques, highlighting innovations and standards in measurement practices.

8312 papers

This cluster addresses the interaction between electromagnetic fields and environmental factors. It includes guidelines for exposure limits and the implications of electromagnetic fields on ecological and atmospheric processes.

6171 papers

This cluster focuses on techniques for analyzing and mitigating electromagnetic interference (EMI) in electronic systems. It covers various sources of EMI and presents countermeasures for ensuring compatibility.

5684 papers

This cluster provides comprehensive guidelines concerning the exposure limits of electromagnetic fields on human health and safety. It encompasses research on materials and methods for effective EMI shielding and exposure assessment.

5118 papers

This cluster emphasizes precision measurement techniques in the field of electromagnetics, including innovations in instrumentation and methodologies. It aims to improve measurement accuracy for various electromagnetic parameters.

4038 papers

This cluster is dedicated to various measurement techniques for quantifying electromagnetic fields in real-world environments. It involves developing tools and methodologies to capture field properties accurately.

3710 papers

This cluster centers on the principles and practices of electromagnetic compatibility (EMC) to ensure safety in electronic systems. It includes research on standards and methodologies to minimize interference and enhance device reliability.

3550 papers

This cluster specifically examines how radiation affects semiconductor devices, including total ionizing dose and single event effects. It incorporates both theoretical understanding and experimental validation to improve the reliability and functionality of semiconductor technologies.

3515 papers

This cluster studies the fundamental mechanisms behind electromagnetic shielding in different materials. It reviews theoretical models and experimental data related to the shielding effectiveness of various composites.

3202 papers

This cluster investigates the impact of radiation on various materials and electronics, focusing on theoretical models and experimental findings. Key areas of research include changes in structural properties and the performance of electronic components under radiation exposure.

2622 papers

This cluster explores the effects of electromagnetic fields on human health and behavior. It delves into the interactions between low-frequency fields and the human body, including studies on hypersensitivity and safety guidelines.

2256 papers

This cluster focuses on the development and effectiveness of carbon-based materials used for electromagnetic shielding. Research includes evaluating the shielding performance of composites and novel materials in various applications.

2077 papers

This cluster investigates materials specifically designed for electromagnetic interference (EMI) shielding. It encompasses research on composite materials and innovative coatings that enhance shielding performance in electronic applications.

1643 papers

This cluster specializes in the simulation and modeling of electromagnetic emissions from electronic devices. It emphasizes techniques for predicting and analyzing emissions in controlled environments.

1270 papers

This cluster addresses advanced methods of measuring electromagnetic fields and their interactions. Researchers focus on innovative tools and theoretical approaches to enhance measurement accuracy and reliability.

1101 papers

This cluster explores the properties and applications of nanocomposites in electromagnetic fields. Researchers investigate how these materials can improve performance in absorption, shielding, and overall electromagnetic response.

302 papers